long DoSpeedTest(
string speedTestableConfig,
string title,
string testUrl,
int testPort,
EventHandler <VgcApis.Models.Datas.StrEvent> logDeliever)
{
var speedTester = new V2RayGCon.Lib.V2Ray.Core(setting)
{
title = title
};
if (logDeliever != null)
{
speedTester.OnLog += logDeliever;
}
speedTester.RestartCore(speedTestableConfig);
long testResult = Lib.Utils.VisitWebPageSpeedTest(testUrl, testPort);
speedTester.StopCore();
if (logDeliever != null)
{
speedTester.OnLog -= logDeliever;
}
return(testResult);
}
private void WelcomeFlyPanelComponent_Load(object sender, System.EventArgs e)
{
var core = new V2RayGCon.Lib.V2Ray.Core(setting);
if (!core.IsExecutableExist())
{
return;
}
pnlBasicUsage.Top = pnlDownloadV2RayCore.Top;
pnlDownloadV2RayCore.Visible = false;
this.Height = pnlBasicUsage.Top + marginBottom;
}
public void GetLocalCoreVersion()
{
var core = new V2RayGCon.Lib.V2Ray.Core(Service.Setting.Instance);
var version = core.GetCoreVersion();
if (core.IsExecutableExist())
{
Assert.AreNotEqual(string.Empty, version);
}
else
{
Assert.AreEqual(string.Empty, version);
}
}
long RunSpeedTestWorker(
string speedTestableConfig,
string title,
string testUrl,
int testPort,
EventHandler <VgcApis.Models.Datas.StrEvent> logDeliever)
{
var speedTester = new V2RayGCon.Lib.V2Ray.Core(setting)
{
title = title
};
if (logDeliever != null)
{
speedTester.OnLog += logDeliever;
}
speedTester.WaitForToken();
try
{
speedTester.RestartCore(speedTestableConfig);
}
finally
{
speedTester.ReleaseToken();
}
long testResult = Lib.Utils.VisitWebPageSpeedTest(testUrl, testPort);
speedTester.WaitForTokenHurry();
try
{
speedTester.StopCore();
}
finally
{
speedTester.ReleaseToken();
}
if (logDeliever != null)
{
speedTester.OnLog -= logDeliever;
}
return(testResult);
}
void RefreshLocalV2RayCoreVersion()
{
var el = labelCoreVersion;
Task.Factory.StartNew(() =>
{
var core = new V2RayGCon.Lib.V2Ray.Core(setting);
var version = core.GetCoreVersion();
var msg = string.IsNullOrEmpty(version) ?
I18N.GetCoreVerFail :
string.Format(I18N.CurrentCoreVerIs, version);
try
{
VgcApis.Libs.UI.RunInUiThread(
el, () => { el.Text = msg; });
}
catch { }
});
}
public CoreServerTest()
{
core = new V2RayGCon.Lib.V2Ray.Core(Service.Setting.Instance);
}
long RunSpeedTestWorker(
string rawConfig,
string title,
string testUrl,
int testTimeout,
bool isUseCache,
bool isInjectSpeedTestTpl,
bool isInjectActivateTpl,
EventHandler <VgcApis.Models.Datas.StrEvent> logDeliever)
{
var port = VgcApis.Libs.Utils.GetFreeTcpPort();
var speedTestConfig = CreateSpeedTestConfig(
rawConfig, port, isUseCache, isInjectSpeedTestTpl, isInjectActivateTpl);
if (string.IsNullOrEmpty(speedTestConfig))
{
logDeliever?.Invoke(this, new VgcApis.Models.Datas.StrEvent(I18N.DecodeImportFail));
return(long.MaxValue);
}
var url = string.IsNullOrEmpty(testUrl) ?
VgcApis.Models.Consts.Webs.GoogleDotCom :
testUrl;
var speedTester = new V2RayGCon.Lib.V2Ray.Core(setting)
{
title = title
};
if (logDeliever != null)
{
speedTester.OnLog += logDeliever;
}
speedTester.WaitForToken();
try
{
speedTester.RestartCore(speedTestConfig);
}
finally
{
speedTester.ReleaseToken();
}
long testResult = Lib.Utils.VisitWebPageSpeedTest(url, port, testTimeout);
speedTester.WaitForTokenHurry();
try
{
speedTester.StopCore();
}
finally
{
speedTester.ReleaseToken();
}
if (logDeliever != null)
{
speedTester.OnLog -= logDeliever;
}
return(testResult);
}
